qmtprojector-100

High precision and compact equipment
QMTProjector-100
High precision and compact equipment

The qmtprojector-100 is a testing device accessible to all and intended particularly for production control in the microtechnology and watchmaking sector. It allows high precision measurement of the dimensional characteristics of static parts in the field.

Quick and easy to use, the part is simply placed to measure it reliably and precisely. Robust design and equipped with an integrated computer, it benefits from the qmtmesure-pro software. which offers business applications without programming.

With the qmtvline , it measures turned parts without adjustment and planing. The measurement is therefore very fast and precise. Custom functions can be developed as part of the qmtf4u customization program.

The strengths of the qmtprojector-100
  • High precision: qmtjust to guarantee metrological performance
  • Great ease of use even for complex measurements
  • No planing: reliable and very fast measurement of turned parts with the qmtvline fitting
  • Qmtsixsigma option for APC (Automated Process Control)
Fit For You (F4U)
Customization
some products

Customization
some products

F4U program
MADE FOR YOU (M4U)
Solution on
measured

Solution according to notebook
charges

M4U program
OEM program
Your
Product

Custom product
industrialized by QMT

OEM program
Measurement of turned parts
All characteristics measured in seconds
A control program is created to define the different dimensions to be checked (diameters, lengths, angles, gauge plane, ...).
Put the part down and in a few seconds all the characteristics will be measured.
The use of the qmtvline fitting allows the control to be carried out without any adjustment, even when changing an article.
Qmtvline installation
Board measurement
A software function for measuring boards
Automatic measurement of watch boards. All the characteristics (diameters, concentricity, runout, ...) are automatically measured on all types of boards with the possibility of automatically superimposing the control dxf
More information
Screw and tap measurement
A software function for measuring screws and taps
A specific measurement function has been developed to allow all measurements to be carried out without any programming. After removal of the part, the measurements are automatically carried out, they are precise to the micron and repeatable as specified in the NIHS standard
More information
qmvline installation
For measuring turned parts without any adjustments
To no longer position the part on two boards, it is placed between two flat transparent supports which create a certain angle between them. The part can thus naturally "tilt" thanks to gravity. The optical path of the light emitted by the source is modified so that the image seen by the camera is no longer from above but from the side, thus the dimensions measured correspond to reality.
It is thus no longer necessary to precisely position the part along its axis of rotation, therefore no need for any planing operation.
A patent has been filed for this innovation (CH716489A1)

A full-field optical tester

Qmtprojector-100 technologies

The qmtprojector-100 is a device developed by qmt to meet the specific needs of measurements in the microtechnical fields and in particular in watchmaking.

Full field measurement

The qmtprojector-100 has an optical system that acquires the image of the entire field of view at very high resolution and in one image capture. The image of the part is therefore visible and constantly refreshed, at the same time all the measurements are carried out and displayed.

A fully integrated device

The qmtprojector-100 is small in size (560 x 210 x 350mm) and it is fully integrated including the computer system. All you need to do is connect the qmtprojector-100 to electricity to use it.

With telecentric lens, very high resolution camera and qmtjust calibration

The control program is carried out using a simple interface with standard sequences

For the measurement, without programming, of complex parts such as plances, anchors, screws, ...

For simple, fast and high precision measurement without adjustment or alignment

 
More technical information with the presentation Detailed presentation
QMTProjector-100 Specifications
Compact, integrated and precise
Functions Field 8.5 x 7.1 Field 16.0 x 13.4 Field 28.5 x 23.6
Accuracy [μm] 0.7 1.4 2.3
Qmtvline installation Optional installation with tools and software functions (BQ009AA003)
Maximum workpiece size of 7.5x5mm
Lighting Telecentric Diascopic
Measurement software qmtmesure-pro
qmtcalquecontrol (DXF) Overlay with automatic positioning
Advanced metrological functions Planks, screws, taps, turned parts, ...
Complete list available under optional functions table
qmtsxisigma Qmtf4u customization
Computer science Integrated into the equipment with 23 "touch screen
Focus (z axis) Manual
Dimensions (H x W x D) [mm] 560 x 210 x 350
Item codes AQ009AA001 AQ009AA002 AQ009AA003
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QMTMesure software functions
All solutions are based on unique software functions

For optical control

To increase production yields
and the quality of the parts

For aesthetic control

For acoustic and vibration control

Dimensional control with the QMTProjector

QMTProjector devices are easy to use and efficient

reading
Control devices
Measurement and control at the edge of lines and in laboratories
Qmt Creations
Six product lines

Customized software developments with the qmtm4u program and standard software such as qmtmesure

Acquisition and processing of signals with software, hardware, acquisition hardware and sensors

Autonomous, they are dedicated to measurement for control by sampling in production and for the laboratory

Completely automatic from the feeding of the parts to the control: any non-conforming part is thus ejected and therefore the quality control is 100% guaranteed

Embedded and distributed systems
qmtembedded

They operate autonomously with acquisition, processing and control to supervise and automate

Test benches
qmtbench

physical systems making it possible to put a product in configurable and controlled conditions of use in order to observe and measure its behavior